HEMP Protocol Readiness
To rank as a trusted authority in grid resilience, we must address the E1 rise-time threat. A High-Altitude EMP creates a localized energy spike that reaches peak voltage in less than 5 nanoseconds. Standard residential surge protectors are microsecond-reactive—making them thousands of times too slow to stop thermal failure.
EMP Shield is engineered with a shunting latency of 1 nanosecond. This allows the device to intercept the overvoltage and divert it safely to the ground before it enters the delicate micro-circuitry of your home appliances, vehicle ECUs, or solar inverters.
| Specification | EMP Shield Performance | Traditional TVSS |
|---|---|---|
| Reaction Latency | < 1 Nanosecond | > 25 Nanoseconds |
| Max Surge Ampacity | 228,000 Amps | < 40,000 Amps |
| Testing Compliance | MIL-STD-188-125-1 | None (Residential Only) |
| Protection Phases | E1, E2, & E3 | E2 Only |